True or False: Changes in the Weather Can Make Your Joints Stiff or Achy

For many people, the flare-up of an arthritic knee or shoulder appears to signal a change in the weather—usually hinting that a storm is imminent.

The belief that achy joints accompany a weather change is so widespread, in fact, that it has just about been accepted as reality. Many doctors listen to patients complain that they experience stiff or aching joints before, during, or after changes in temperature, barometric pressure, or humidity.

Yet, in spite of the widespread belief in a connection between aches and pains and inclement weather, medical researchers have come up with little evidence to support it.

Evidence for the Health Claim

Changes in the weather such as barometric pressure, humidity, and temperature could theoretically affect the synovial fluid that lines and lubricates the joints if, for example, they had a chemical effect on the fluid which somehow increased inflammation (which causes pain). However, there is no conclusive evidence that supports this theory.

Since at least the mid-1800s, a number of medical, and so-called
bio-meteorologic
research studies have been carried out in an effort to establish a connection between health and changing weather conditions.

The results of these studies have been varied. Based primarily on a compilation of patient anecdotes (reports of arthritis sufferers, for instance), increased barometric pressure (in fair weather conditions) has been associated with increased joint pain. Conversely, others studies have shown a relationship between increased joint pain and
decreased
barometric pressure (in stormier weather). Still other studies have suggested that changing weather conditions can cause immediate pain in some patients and delayed pain in others.

Evidence Against the Health Claim

It is important to note that because most studies on this subject have been based on anecdotal reports rather than carefully designed observational studies, their conclusions don’t constitute reliable scientific evidence. Furthermore, many doctors claim that the wide variety of arthritic conditions and sheer complexity of atmospheric variability makes coming up with meaningful connections between joint pain and weather conditions next to impossible.

There is also a psychological aspect to this belief. What are the chances that the connection between health and the weather is simply coincidental? Is it possible that arthritis sufferers link their stiff and achy joints to changes in the weather as a way of explaining an otherwise mysterious exacerbation of their condition? Some doctors suggest that patients who observe weather conditions when they experience pain may pay little or no attention to the weather when they don’t have any pain.

Furthermore, there is no definitive evidence that moving to a warmer or drier climate provides a cure for aching joints. Some doctors report that many patients claim that the pain disappears for a while, only to return a few months later.

Conclusion

In spite of researchers’ failure to find a meaningful connection between weather changes and health, some doctors consider their patients’ unwavering belief that changing barometric pressure is responsible for their aches and pains to be proof enough. This notion is innocent enough as long as it doesn’t interfere with their patients’ motivation to change the things they actually
can
control. Anticipation of a favorable weather forecast is no substitution for exercise, weight loss and medication when necessary.

This content is reviewed regularly and is updated when new and relevant evidence is made available. This information is neither intended nor implied to be a substitute for professional medical advice. Always seek the advice of your physician or other qualified health provider prior to starting any new treatment or with questions regarding a medical condition.

Cold Weather Can Cause More Aches and Pains for Arthritis Sufferers. Marshall University Orthopaedics Web site. Available at
http://musom.marshall.edu/medctr/orthopaedics/cold-weather.asp
. Accessed July 25, 2006